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This analysis relies primarily on market research data on sales of electronic products. It then applies these sales data to some of the most comprehensive collection information available to estimate product lifespans and the amounts of particular products that are ready for EOL management. From these EOL estimates, we subtract the estimated quantity recycled to yield the quantity disposed. This approach also provides information on the export of CRT monitors and TVs, as well as the amount of selected electronics cumulatively in storage.

SCORE is an annual report in Minnesota that gives data on Recycling and waste management for that year

A company that picks up electronics, destroys the data, then recycles the part. It has a no landfill policy. The owner was featured in a Washington Post article.

This is a summary of available statistics that quantify the problems of electronic waste and e‐waste recycling efforts. Each item includes its source and link to the original documents (where available), to make it easy for reporters to confirm data back to the original source. We assembled these statistics primarily for media and for legislators and advocates of e‐waste

A project by NCER that calculates the collection of certain e-waste in states per capita

"EPR2 Baseline Report: Recycling of Selected Electronic Products in the United States"; ordering information; "Documents the results of the first large-scale survey and analysis of end-of-life electronic product recycling and reuse in the United States. The research, conducted by Stanford Resources, Inc., of San Jose, California, used data from 123 firms, including recyclers, third-party organizations that accept equipment for refurbishment and subsequent resale or donation, original equipment manufacturers (OEMs), and large corporate users of electronic equipment."

"The DfE Computer Display Partnership, along with the electronics industry, evaluated the life-cycle environmental impacts, performance, and cost of technologies that are used in desktop computer monitors-namely, cathode ray tubes (CRT) and liquid crystal displays (LCD).This project generated data to assist original equipment manufacturers (OEMs) and suppliers in the electronics field in incorporating environmental considerations into their decision-making processes and identify areas for improvement. This project combined both the Life-Cycle Assessment (LCA) and the Cleaner Technologies Substitutes Assessment (CTSA) approaches to analyze the environmental impacts, performance, and cost of both CRT and LCD desktop monitors. These evaluations will help the electronics industry: consider alternative technologies, materials, and processes that reduce releases of toxic chemicals, conserve resources, and lower risks to human health and the environment; perform an improvement assessment of display technologies and their components; and meet the growing global demands for 'extended product responsibility.'" Site includes general project information, findings & accomplishments, publications and a list of partners.

Approach Two relies primarily on government statistics on sales of electronic products. It then uses the same lifespan data (with some modifications) as Approach One to estimate EOL quantities. From these EOL estimates, we subtract the quantity of selected electronics disposed to yield the quantity recycled. This approach also provides information on the composition of electronic products, as well as the number of select electronic devices entering storage/reuse annually.

IBM yesterday announced the top five technologies developed under its Corporate Environmental Innovation Program in the past year, the five solutions that can have a significant impact on energy efficiency or environmental impacts. Of the top five, only three are traditional IT-related technologies, with the remaining two falling under what has become known as "Green IT 2.0," or technologies that can be applied to business operations beyond the data center or computer fleet, putting computing power to work on the firm's environmental footprint. Blog post by Matthew Wheeland, 11/11/09.

Canada's Advanced Research and Innovation Network has announced $2.4 million in funding that it will spread over four projects aimed at developing an internet network powered by renewable energy, an ultra-efficient data center and more.